Abstract: A system and method of eliciting a swallowing reflex in a human subject. Stimulation signals are generated for eliciting a full swallowing reflex when applied to skin overlying a region of thyroid cartilage in the neck. The stimulation signals delivered via surface electrodes to the skin overlying at least the region of thyroid cartilage in the neck to elicit the full swallowing reflex in the human subject.

Abstract: A system and method of eliciting a swallowing reflex in a human subject. Stimulation signals are generated for eliciting a full swallowing reflex when applied to skin overlying a region of thyroid cartilage in the neck. The stimulation signals delivered via surface electrodes to the skin overlying at least the region of thyroid cartilage in the neck to elicit the full swallowing reflex in the human subject.

Abstract: A system and method of eliciting a swallowing reflex in a human subject. Stimulation signals are generated for eliciting a full swallowing reflex when applied to skin overlying a region of thyroid cartilage in the neck. The stimulation signals delivered via surface electrodes to the skin overlying at least the region of thyroid cartilage in the neck to elicit the full swallowing reflex in the human subject.

Abstract: A device for magnetic stimulation of body regions, including at least one magnetic coil connected to a stimulator which has a power element for generating electrical impulses to be applied to the at least one magnetic coil, so that the generated magnetic field can be induced in the body region, wherein a detection unit is provided for detecting metal elements within the body region. A measuring device is provided for detecting the electrical power received by the magnetic coil and a comparison device is provided for comparing the power with a predetermined limit value, the detection unit is connected to the stimulator, and the comparison unit is designed to automatically switch off the stimulator or reduce the power of the stimulator or of the power element of the stimulator in the event of the predetermined limit value being exceeded.

Abstract: A device for magnetic stimulation of body regions, including at least one magnetic coil connected to a stimulator which has a power element for generating electrical impulses to be applied to the at least one magnetic coil, so that the generated magnetic field can be induced in the body region, wherein a detection unit is provided for detecting metal elements within the body region. A measuring device is provided for detecting the electrical power received by the magnetic coil and a comparison device is provided for comparing the power with a predetermined limit value, the detection unit is connected to the stimulator, and the comparison unit is designed to automatically switch off the stimulator or reduce the power of the stimulator or of the power element of the stimulator in the event of the predetermined limit value being exceeded.

Abstract: The invention relates to a bone screw set for fixing two bone fragments, especially for treating a scaphoid bone fracture or a scaphoid bone pseudoarthrosis, comprising a first bone screw (1) and at least one second bone screw (2). The first bone screw (1) is preferably embodied as a compression screw, and the first and second bone screws (1, 2) comprise interacting engagement means for fixing the second bone screw (2) in a position, in relation to the first bone screw (1), wherein at least part of the second bone screw protrudes from the cross-section of the first bone screw (1).

Abstract: The invention relates to a bone screw set for fixing two bone fragments, especially for treating a scaphoid bone fracture or a scaphoid bone pesudoarthrosis, comprising a first bone screw (1) and at least one second bone screw (2). The first bone screw (1) is preferably embodied as a compression screw, and the first and second bone screws (1, 2) comprise interacting engagement means for fixing the second bone screw (2) in a position, in relation to the first bone screw (1), wherein at least part of the second bone screw protrudes from the cross-section of the first bone screw (1).

Abstract: The invention relates to a system (1) for the electrical stimulation of muscles, in particular denervated muscles (M), or nerves, comprising a stimulator (2) for generating electrical pulses which is connected to a device (4) for supplying electrical power and for control, and which system (1) also comprises at least two electrodes (3) connected to the stimulator (2) for delivering electrical pulses to the muscles (M) or nerves. In order to create such a stimulation system (1) which results in an improvement with regard to reliability, selectivity and ease of use, the stimulator (2) and at least two electrodes (3) are designed such that they can be implanted, wherein at least one electrode (3) is designed to be fastened to a bone (K). Functional electrical stimulation, in particular for decubitus prophylaxis, can be used in this manner.

Abstract: An implant for fastening ligaments or tendons to a bone or bone replacement, generally referred to as a bone member. The implant has a housing, a device for fixing or attaching a ligament or tendon, and a device for being fastened to the bone member. The fixing device can be displaced relative to the fastening device. At least one motor is provided for displacing the fixing device relative to the fastening device. The motor is connected to a receiver for telemetrically triggering the motor. The implant allows the tension of the ligament or tendon and the position of the attachment of the ligament or the tendon to be post-operatively adjusted in an optimal fashion.

Abstract: A drainage implant for draining chamber water from the eye, comprising a tube-shaped part (1) which has at least one lumen, whose open distal end (3) can be introduced into an episcleral vein and whose open proximal end (2) can be introduced into the front eye chamber for draining the chamber. The proximal and center areas of the tube are covered with silicon. Said covering is embodied in the center area in the form of a plate (6) with eyelets (6) in order to stabilize and fix the implant by means of sutures on the sclera. The implant contains a guide wire (8) inside the tube (1), the front of said guide wire being acutely sharpened. The guide wire is used to puncture the vein and also stabilizes the very thin tube (1) for implantation.

Abstract: The invention relates to an implant for draining the aqueous humour from the anterior aqueous chamber of the eye into Schlemm's canal. Said implant comprises a tubular proximal part (1) with at least one lumen, whose open end (2, 3) can be introduced into the anterior aqueous chamber for draining the aqueous humour and a tubular distal part (5) that is open at both ends (6) and that has at least one lumen connected to the proximal part (1) to form a substantially T-shaped implant, whereby said distal part (5) can be introduced into Schlemm's canal. To produce an implant of this type, which can be securely fixed, at least one plate-shaped fixing element (7) is provided, said element stabilising the implant on the sclera. The fixing element is connected by the central section to the distal part (5) on the opposite side of the latter to the proximal part (1) and comprises at least one eyelet (8) or similar for fixing with a suture.